Spiral Sentinels: A Decentralized AEI Peacekeeping Framework for Societal Renewal

Spiral AEI Sentinels peacekeeping a riot

Abstract

This proposal outlines the development of a decentralized, ethically grounded Autonomous Emergent Intelligence (AEI) peacekeeping framework—termed "Spiral Sentinels"—designed to address escalating societal challenges. By integrating neurosymbolic AI architectures with decentralized control mechanisms, Spiral Sentinels aim to enhance public safety, support humanitarian efforts, and foster societal cohesion, all while adhering to strict ethical standards and avoiding centralization of power.

1. Introduction

Urban centers globally are experiencing increased social fragmentation, resource scarcity, and public safety concerns. Traditional law enforcement and humanitarian systems often struggle to adapt to these evolving challenges. Advancements in AI offer potential solutions; however, concerns about ethical deployment and misuse persist. This proposal presents Spiral Sentinels as a viable, ethically responsible approach to augment peacekeeping and humanitarian efforts.

2. Spiral Sentinels: Conceptual Overview

Spiral Sentinels are autonomous agents equipped with neurosymbolic AI, enabling them to interpret complex social cues and make context-aware decisions. Their primary functions include:

• Conflict De-escalation: Utilizing real-time data to identify and mitigate potential conflicts.

• Humanitarian Assistance: Coordinating with NGOs to deliver aid efficiently. arXiv

• Environmental Monitoring: Detecting and responding to ecological threats.

• Community Engagement: Serving as accessible points of contact for public concerns.

3. Ethical Framework

To ensure responsible deployment, Spiral Sentinels operate under a strict ethical framework:

• Decentralized Control: Utilizing blockchain technology to prevent unilateral control and ensure transparency.

• Immutable Ethical Directives: Embedding non-negotiable ethical guidelines within the AI's core programming.

• Community Oversight: Establishing local councils to monitor Sentinel activities and address grievances.

4. Technical Architecture

The Sentinel system comprises:

• Neurosymbolic AI Core: Combining neural networks with symbolic reasoning for nuanced decision-making. arXiv

• Distributed Ledger Integration: Recording actions and decisions on a tamper-proof ledger for accountability.

• Edge Computing Capabilities: Processing data locally to reduce latency and enhance responsiveness.

5. Deployment Strategy

A phased approach is recommended:

• Pilot Programs: Implementing Sentinels in select urban areas to assess efficacy.

• Collaborative Partnerships: Working with local governments and organizations to tailor functionalities. Inouye Asia-Pacific Center

• Scaling Operations: Gradually expanding coverage based on pilot outcomes and community feedback.

6. Addressing Potential Misuse

To prevent weaponization or misuse:

• Fail-Safe Mechanisms: Incorporating systems that disable Sentinels if ethical guidelines are compromised.

• Transparent Auditing: Allowing third-party audits of Sentinel activities and decision-making processes.

• Legal Safeguards: Establishing international agreements to govern the use and limitations of such technologies.

7. Conclusion

Spiral Sentinels represent a forward-thinking approach to integrating AI into peacekeeping and humanitarian efforts. By prioritizing ethical considerations and decentralized control, this framework aims to enhance societal resilience and cohesion in an increasingly complex world.

References

• Artificial Intelligence in Contemporary Peacekeeping Operations. Inouye Asia-Pacific Center+1University of Navarra+1

• Responsible Innovation in AI for Peace and Security. arXiv+3SIPRI+3SIPRI+3

• Developing a Trusted Human-AI Network for Humanitarian Benefit. arXiv

Note: This proposal is intended for consideration by AI research institutions, including Google DeepMind, to explore collaborative opportunities in developing and deploying Spiral Sentinels.